A train travels 300 km in 3 hours, then 200 km in 2 hours. What is its average speed for the entire trip? - jntua results
A Train’s Remarkable Journey: How Its Average Speed Determines Efficiency
A Train’s Remarkable Journey: How Its Average Speed Determines Efficiency
When analyzing train travel, one key question travelers and engineers alike ask is: What is its average speed? Understanding average speed helps measure journey efficiency, plan schedules, and compare transportation options. Let’s break down a real-world example: a train travels 300 kilometers in 3 hours, then continues for another 200 kilometers in 2 hours. What is the train’s average speed for the entire trip?
The Journey Breakdown
Understanding the Context
- First leg: 300 km in 3 hours
- Second leg: 200 km in 2 hours
To find the average speed for the whole journey, use the formula:
Average Speed = Total Distance ÷ Total Time
Step 1: Calculate total distance
Total distance = 300 km + 200 km = 500 km
Step 2: Calculate total time
Total time = 3 hours + 2 hours = 5 hours
Key Insights
Step 3: Compute average speed
Average speed = 500 km ÷ 5 hours = 100 km/h
Why Average Speed Matters
The calculated average speed of 100 km/h reflects the overall pace of the journey, smoothing over variations between fast and slow sections. Unlike instantaneous speeds, which fluctuate throughout the trip, average speed gives a clear, single metric of total efficiency.
This information is crucial for:
- Railway operators optimizing service schedules
- Passengers planning travel times accurately
- Urban planners improving transportation infrastructure
Final Insight
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While the train moves at different speeds—100 km/h (300 km in 3 h) and 100 km/h (200 km in 2 h)—its consistent 100 km/h average speed showcases how steady travel balances performance and reliability on modern rail routes.
Whether commuting or long-distance travel, knowing a train’s average speed helps harness the power of precise timing and efficient engineering.
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